A Narrow Guideway With Big Potential

Glydways has developed a high-capacity Automated Transit Network that uses small autonomous electric vehicles running on a very narrow dedicated guideway. This guideway is just 2 meters wide, which is far smaller than traditional rail or road infrastructure. Because of this compact design, cities can build the system without major land acquisition, heavy construction, or long project timelines.

On-Demand Travel From Point A to Point B

The passenger experience is simple and modern. A rider requests a trip using a mobile app. A vehicle arrives automatically and takes the passenger directly from point A to point B. There are no fixed stops, no waiting for scheduled departures, and no driver. The vehicle can be used privately or shared with a small group traveling together. This creates a personal and direct travel experience that is very different from buses and trains.

Managed by AI With GlydwaysOS

The entire network is managed by an AI system called GlydwaysOS. This system controls how vehicles move on the guideway, prevents congestion, and ensures smooth traffic flow. Because the vehicles are autonomous and centrally coordinated, the system works like a digital network rather than a traditional transport line. It operates continuously, twenty-four hours a day, without the need for drivers.

Rail-Like Capacity Without Rail Costs

Glydways says that when the system is scaled, it has the potential to move up to 10,000 people per hour. This level of capacity is similar to rail systems, but without the massive infrastructure costs. There are no heavy tracks, large stations, overhead lines, or expensive signaling systems. With lower construction and operational costs, the system can operate without requiring ongoing subsidies.

Flexible for Cities, Campuses, and Airports

The narrow guideway design also makes the system highly flexible. It can be installed at ground level or elevated when needed. It can fit into existing city layouts where rail systems are not practical. This makes it useful not only for large cities but also for airports, business districts, campuses, and growing urban areas.

Scalable and Future-Ready

Glydways is designed to be scalable. Cities can start with a small network and expand it as demand increases. This allows for gradual investment instead of committing to a large, expensive project all at once. The system meets modern transportation needs by being on-demand, direct, personal, and affordable.

A New Model for Public Transport

By combining autonomous electric vehicles, AI coordination, and compact infrastructure, Glydways offers a new model for public transport. It delivers rail-like capacity at bus-fare prices while avoiding the long construction timelines and high costs of traditional transit systems. This approach redefines what mass transit can look like in modern cities.

Source: Glydways

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Innovative Three-Mode Operation

The Viceroy seaglider is a revolutionary high-speed vessel designed to operate exclusively over water. Measuring 55 feet in length with a 65-foot wingspan, it can carry 12 passengers and two crew members or transport up to 3,500 pounds of cargo. The seaglider operates in three distinct modes. When stationary or moving at low speeds, it floats on its hull like a traditional boat.

As it gains speed, it transitions to foiling mode, where it lifts above the water on hydrofoils, reducing drag and improving efficiency. Finally, at high speeds, it enters flying mode, using the ground effect to glide just above the water’s surface, allowing for smooth, energy-efficient travel.

Speed, Range, and Applications

Designed for efficiency and speed, the Viceroy seaglider can cruise at 180 mph and cover distances of at least 180 miles. This makes it a cost-effective and convenient option for a variety of applications, including passenger travel, cargo transport, and emergency response. With its zero-emission electric powertrain, the Viceroy seaglider aims to provide an eco-friendly alternative to traditional boats and aircraft.

Successful Water Trials and the Future

The successful passenger test took place in Narragansett Bay, Rhode Island, marking a critical step toward human-piloted flight tests later this year. As Regent Craft continues development, the Viceroy seaglider could transform coastal transportation, offering faster, more efficient, and sustainable travel over water.

Would you travel on a seaglider like this?

Source: Regentcraft

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The Technology Behind Shane: Self-Balancing with Precision

At the heart of Shane’s innovation is its remarkable self-balancing technology, rooted in the mobile inverted pendulum principle. This technology ensures that the vehicle remains stable and horizontally balanced at all times, whether accelerating or braking. Unlike traditional vehicles that rely on four wheels for stability, Shane’s two substantial wheels, combined with this advanced technology, provide a seamless and secure riding experience.

Design and Functionality: A Streamlined, Energy-Efficient Ride

Shane’s design is as innovative as its technology. The vehicle features a streamlined five-seat passenger compartment nestled between two large wheels. This compact yet comfortable design ensures that Shane is both practical and stylish, offering ample space for passengers while maintaining a sleek and modern appearance.

One of the most intriguing aspects of Shane is its differential speed control system. Diverging from traditional steering systems, this approach enhances maneuverability, allowing for smoother and more precise turns. The result is a driving experience that is not only easy to control but also more energy-efficient and less resistant when rolling compared to traditional four-wheeled cars.

Regenerative Energy: In-Wheel Shock Absorbers

Shane goes beyond just being an electric vehicle; it also incorporates regenerative technology to enhance its efficiency. The in-wheel regenerative shock absorbers are a key feature of this design. These shock absorbers convert kinetic energy generated during motion into electrical energy, which is then stored in the vehicle’s battery. This energy-efficient system not only extends the vehicle’s range but also reduces the need for frequent charging, making it an eco-friendly choice for urban commuters.

Innovating Urban Transport: Simplicity Meets Sophistication

The genius of Shane lies in its simplicity and sophistication. By focusing on user-friendly design and advanced technology, Shane Chen has created a vehicle that is not only innovative but also practical for everyday use. Whether navigating through crowded city streets or cruising along open roads, Shane offers a reliable and enjoyable ride, with the added benefits of energy efficiency and reduced environmental impact.

Source: Inventist

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Design and Functionality: Built for Versatility and Comfort

The Intelectra Cargo Bike is designed with both the rider and cargo in mind. At the front, you’ll find the driver’s seat, complete with an intuitive control unit that makes navigating the bike effortless. Behind the driver is a spacious loading area capable of accommodating various transport solutions, from goods to passengers. The four-wheel configuration ensures a stable and secure ride, whether you’re on the road or on a bike path.

This cargo bike comes in two different variants: Cargo L and Cargo XL. The Cargo L model measures 2728 mm in length, 976 mm in width, and 1064 mm in height, with a cargo area measuring 1215 mm by 610 mm and a height of 570 mm. The Cargo L can accommodate six Euro crates, while the larger Cargo XL can hold up to eight. With a payload capacity of 450 kg, including the rider’s weight, the Intelectra Cargo Bike is robust enough for heavy-duty tasks.

Performance: Power and Efficiency Combined

Powered by a 1,500 W motor with a peak torque of 190 Nm, the Intelectra Cargo Bike offers a top speed of 25 km per hour, making it fast enough for urban commutes while remaining safe and manageable. The bike’s interchangeable 1,400 Wh batteries, with an optional second battery, provide a range of approximately 93 km on a full charge. Charging takes just 1.5 hours, ensuring minimal downtime between rides.

The Intelectra Cargo Bike is designed to be highly functional without the need for a driver’s license or the hassle of traffic jams, and parking restrictions. Its electric and chainless drive technology, coupled with a 250 W generator that converts pedaling power into electric power, makes this bike an eco-friendly alternative to traditional vehicles.

Customization and Comfort: Tailored to Your Needs

One of the standout features of the Intelectra Cargo Bike is its customization options. The ergonomic seat is individually adjustable to the rider’s leg length, ensuring comfort during long rides. The bike’s suspension spring can be adjusted depending on the load weight, offering a smooth ride regardless of the cargo.

With intuitive steering, the bike handles well both in curves and on straightaways. The simple Plug & Play system makes tire, wheel, and motor changes easy, simplifying servicing, repairs, and modifications.

For added convenience, the Intelectra Cargo Bike includes an RFID technology system, which can be used to activate the INTELECTRIC drive system or secure the vehicle against theft in seconds.

Accessories: Enhancing the Intelectra Cargo Bike Experience

The Intelectra Cargo Bike offers a range of additional accessories to enhance its functionality. These include a seat bench for transporting 1-2 persons, plastic cover plates to protect the loading area, and a tent-like structure that serves as wind and weather protection.

Conclusion: A Smart Solution for Urban Living

The Intelectra Cargo Bike is more than just a bike; it’s a revolutionary urban transport solution that combines power, efficiency, and versatility. Whether you’re navigating crowded city streets or transporting goods across town, this four-wheeled e-cargo bike adapts to your needs, offering a sustainable and practical alternative to traditional vehicles. With its innovative design and robust performance, the Intelectra Cargo Bike is set to change the way we think about urban transportation.

Source: DYNAMIC DRIVES Giessen

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